Circuits generating secondarily generalized seizures
Abstract
Mapping the circuits underlying the generation and propagation of seizures is critically important for understanding their pathophysiology. We review evidence to suggest that circuits engaged in secondarily generalized seizures are likely to be more complex than those currently proposed. Focal seizures have been proposed to engage canonical thalamocortical circuits that mediate primarily generalized absence seizures, leading to secondarily...
Paper Details
Title
Circuits generating secondarily generalized seizures
Published Date
Dec 1, 2019
Journal
Volume
101
Pages
106474 - 106474
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